Heat Transfer Engineering |
Contents
A SUMMARY | 1 |
STEADYSTATE CONDUCTION HEAT TRANSFER | 18 |
HEAT TRANSFER BY NATURAL CONVECTION | 60 |
Copyright | |
12 other sections not shown
Common terms and phrases
analogy analysis angle factor apply assumed black body body boiling boundary layer Btu/(hr F ft² Btu/(lb F capacity rate Chap compute condenser constant convection coolant cooling correlation counterflow crossflow curve cylinder diameter dimensional analysis dimensionless electrical emissivity energy balance Example film fin effectiveness flow arrangement flow rate Fourier rate equation fuel furnace gives heat exchanger heat flow heat transfer hr F inside insulation laminar laminar flow lb/ft³ lb/hr lb/sec liquid metal material method Newton rate equation NTU method Nusselt Nusselt number obtain over-all coefficient perature pipe plate plot pressure problem pump radiation rate equation ratio reactor Reynolds number rocket secondary fluid shape factor shell shown in Fig shows side solution solve steam surface temperature temperature temperature difference thermal conductivity Thermocouple thickness tube turbojet turbulent unit velocity viscosity